시장 개관

The global urban mining market experienced a valuation of USD 18.18 10억 2021 USD에 도달할 것으로 예상됩니다. 38.09 10억 단위로 2027, 복합적인 연간 성장률을 보이고 있음 (CAGR) ~의 13.12% ~에서 2022 에게 2027. Urban mining refers to the process of recovering and reusing materials from landfills, encompassing buildings, 하부 구조, and obsolete products. When products reach the end of their functional life, such as cars becoming obsolete, computers becoming outdated, or buildings becoming unsafe for use or redevelopment, their materials are typically disposed of in landfills. 하지만, urban mining involves collecting waste, separating it, and subsequently recycling and refining processes to extract metals and minerals from the waste.

The rapid growth of industrial development and continuous innovation have led to increased generation of industrial waste, much of which ends up in landfills. Various solutions have been proposed by governmental and nongovernmental entities to recover valuable metals and materials from this waste to meet the growing demands of industries. The urban mining market aims to extract waste from landfills and reclaim non-renewable materials for recycling and reuse. Essentially, urban mining views waste generated by cities and urban environments as valuable resources, relying on urban stocks rather than geological reserves to meet manufacturing needs.

The global urban mining market is categorized into two main segments: waste type and commodities. The waste type segment is further divided into three primary categories: electronic and electrical waste, construction and demolition waste, 다른 사람. Among these segments, electronic and electrical waste represent one of the largest segments in urban mining.

지난 수십 년 동안, the industrial sector has been a major contributor to carbon emissions. Traditional mining activities and industrial development have significantly contributed to these emissions, with industries like automotive and transportation being major contributors to greenhouse gas emissions. Landfills also contribute significantly to greenhouse gas emissions, as acidic reactions lead to the release of methane and CO2. Methane emissions from landfills can even result in fire accidents, further exacerbating greenhouse gas emissions. 그러므로, the management and recycling of landfill waste are crucial in reducing the carbon footprint and driving the growth of the urban mining market.

The power generation industry is also focusing on reducing carbon emissions through sustainable development practices, particularly through the use of renewable energy sources. Solar panels, wind turbines, and hydroelectric turbines require various circuit panels for electricity generation and transmission. Once these panels reach the end of their life cycle, they are recycled, and precious metals such as gold, silver, copper, palladium, and others are refined and reused in manufacturing new electric panels. These factors contribute to sustainable development while significantly propelling the growth of the global urban mining market during the forecast period.

To address the challenge of decomposing various industrial and electronic waste, governments are advocating for waste segregation at the source. Various companies have taken the initiative to separate waste generated during manufacturing activities. 추가적으로, the United Nations has highlighted the growing threat posed by electronic waste, including mobile phones, 노트북, televisions, refrigerators, and electrical toys, to the environment and human health. These government measures have significantly contributed to the urban mining market and created opportunities for company growth.

미국에서, the Resource Conservation and Recovery Act (RCRA) by the Environmental Protection Agency (EPA) mandates that solid wastes or recyclable materials must be stored in a manner that eliminates fire, 건강, and safety hazards, while also preventing spillage. The European Commission has proposed a new Batteries Regulation to ensure the sustainability and safety of batteries available in the EU market throughout their entire life cycle.

Emerging countries often face a shortage of innovative technology and technical knowledge in the e-waste recycling industry, making it financially unattractive to potential businesses and investors. 예를 들어, recovering rare earth materials from magnets requires either extensive manual labor or specialized technology. Companies without access to appropriate technology are likely to incur high labor expenses and rely on basic disassembly techniques that do not effectively recover valuable materials. 따라서, costs increase while output decreases, rendering potential business ventures financially unstable.

Factors such as the increasing recovery of metals, especially from highly complex products, may result in higher costs due to technical challenges, reduced economic viability, and a greater environmental burden associated with the necessary processes. These factors serve as constraints for the growth of the global urban mining market.

시장 세분화

시장은 다양한 요인에 따라 분류됩니다., including waste type, commodity type, 지리학.

Segmentation by Waste Type
전자제품 & Electrical Waste
건설 & Demolition Waste
기타

Segmentation by Commodity Type
Precious Metals
Non-Precious Metals
Other Commodities

지역별 세분화
북아메리카 – 우리를, 캐나다
유럽 – 독일, 프랑스, 영국, 이탈리아, 러시아
APAC – 중국, 일본, 인도, 대한민국
세계의 나머지 – 칠면조, 멕시코, 사우디 아라비아

The global urban mining market is primarily driven by electronics and electrical waste, which is expected to grow at a compound annual growth rate (CAGR) ~의 13.65% 예측 기간 동안. This market segment encompasses various types of e-waste such as printed circuit boards, 노트북, 휴대 전화, household appliances, electric motors, and other constructions. The increasing demand for consumer electronics, fueled by rapid industrial development and a rising population, is expected to further drive the demand for urban mining in the e-waste segment. To reduce carbon footprint and promote sustainable development, governments and urban mining service providers are actively promoting e-waste recycling.

In terms of commodity type, the precious metals category holds the largest share in the global urban mining market and is projected to exceed USD 20.99 10억 단위로 2027. Precious metals are extensively used in industries such as aerospace, 의료, 전자 제품, 화학, catalysts, 다른 사람. With a significant rise in demand from these industries, the demand for precious metals is set to increase as well. The urban mining market provides a more environmentally friendly alternative to traditional mining practices by recycling used precious metals. Precious metals are widely utilized in the exterior designs of cars, 휴대 전화, and other personal appliances.

Leading producers of precious metals include China, 호주, 러시아, 인도, and the United States. Growing sectors such as healthcare, 의약품, 전자 제품, 전기 같은, and automotive industries have contributed to increased demand for precious metals like rhodium, gold, silver, iridium, and palladium. 따라서, urban mining activities to extract precious metals are anticipated to rise, driving the growth of the urban mining market.

Europe currently dominates the global urban mining market and is expected to surpass USD 20.28 10억 단위로 2027. The region comprises developed countries such as Germany, 프랑스, 영국, and Italy, which have implemented policies to attract investments in urban mining and recycling. Governments in these countries provide subsidies and incentives through fiscal and monetary policies. Rapid industrial development and innovation in the manufacturing sector, driven by the governments’ commitment to sustainable development, have also contributed to the growth of urban mining in Europe.

게다가, Europe has witnessed significant increases in e-waste and construction waste recycling due to stringent environmental regulations, government subsidies, continuous innovation, population growth, increased disposable income, and higher usage of electrical and electronic devices. The availability of advanced technology for recycling and cost-effective extraction of metals and minerals further strengthens the European urban mining market, allowing it to maintain its dominance in the industry throughout the forecast period.

While Europe currently holds a strong position in the global market, other regions present significant potential for urban mining development. North America and the Asia-Pacific (APAC) 지역, 특히, are home to numerous developing countries with thriving industries that require substantial infrastructure support. Developed countries like the United States and Japan in these regions play a pivotal role in driving the urban mining market due to well-established policies and regulations. 추가적으로, governments in North America and APAC actively promote scrap metal and e-waste recycling by providing grants, subsidies, and loans to recycling companies, which will have a positive impact on the urban mining market.

경쟁 구도

The major players in the global urban mining market have established strategic partnerships with various industries and construction companies, as these companies play a significant role in waste generation activities. This provides the key players with a competitive advantage that enhances their market share. These companies have developed their waste collection and separation infrastructure, creating value for diverse industries. The growth of sustainable processes and initiatives poses challenges for all companies on a global scale. The demand for innovative and sustainable processes and urban mining services is driven by investments in research and development, 기술 발전, and environmental and economic concerns.

Some notable players in the global market include Umicore (벨기에), Johnson Matthey (영국), Materion Corporation (우리를), Boliden Group (스웨덴), and Sims Limited (호주). These players have implemented strategies such as expansion, 인수, new product development, joint ventures, 무엇보다도, to increase their revenues in the global urban mining market. 추가적으로, other prominent companies such as AET Environmental (우리를), Arch Enterprises (우리를), Dowa Eco-System (일본), ECR World (우리를), and others have made significant investments in research and development to develop urban mining processes that cater to customer preferences. 그러므로, these other prominent companies pose strong competition to the major players.

Key companies profiled in this report include Umicore, Johnson Matthey, Materion Corporation, Boliden Group, Sims Limited, AET Environmental, All Green Recycling, Apex Environmental Services Inc., Arch Enterprises, 주식회사, Clean Harbors, 주식회사, Dowa Eco-System, (주), ECR World, EnviroMetal Technologies Inc., Gannon & Scott, Heraeus Holding, HOBI International, 주식회사, 중&K Recovery Group, Suez Group, 베올리아, WM Intellectual Property Holding, L.L.C.

주요 질문에 대한 답변

What is the revenue generated by the global urban mining market?

The global urban mining market generated a revenue of USD 18.18 10억 2021.

What is the projected market size of the global urban mining market by 2027?

The global urban mining market is projected to reach a market size of USD 38.09 10억 단위로 2027.

What is the growth rate of the urban mining market?

The urban mining market is expected to grow at a compound annual growth rate (CAGR) ~의 13.12% ~에서 2022 에게 2027. The market is experiencing significant growth due to stringent emission regulations and the increasing population leading to higher waste generation in landfills.

Which region dominates the global urban mining market?

Europe dominates the global urban mining market, accounting for a revenue share of 51.00%. It is the largest urban mining market worldwide. Developed countries such as Germany, 영국, 프랑스, 이탈리아, and Russia in Europe possess well-established infrastructure and stable economies, which promote industrial development.

What are the key driving factors in the urban mining market?

The key driving factors in the urban mining market include the increasing awareness about recycling and urban mining, growing demand for sustainable development, and the impact of depleting natural resources.

Who are the key players in the global urban mining market?

The key players in the global urban mining market are Chevron Corporation, Dow, ExxonMobil Corporation, Shell PLC, and TotalEnergies.